Systems Programme
The Applied Neuromodulation Systems Programme develops signal-first methods to measure, model, and tune cognitive state. The programme evaluates pharmacological and acoustic modulation pathways under a unified measurement and state-mapping framework, with an emphasis on repeatability, safety, and measurable outcomes.
Our approach is systems-led: establish baseline state, apply a defined intervention protocol, track state transitions, and validate response stability across time. Where appropriate, we evaluate both internally-generated and externally-driven state shifts as measurable changes in signal geometry, phase dynamics, and feature stability.
Audio Entrainment and Deep-State Protocols
A major focus of the programme is acoustic neuromodulation via binaural entrainment and layered tone design. This includes development of custom protocols inspired by established deep-state audio methodologies, refined through iterative testing and signal analysis.
We build tone stacks as engineering artifacts: carrier structure, modulation layers, phase control, and session progression are designed to be testable and tunable. Our objective is practical: reliable state access, controllable transitions, and improved signal integrity during deep-state operation.
Collaboration and Support
We collaborate with researchers, engineers, and institutions interested in measurable neuromodulation protocols, closed-loop state mapping, and signal-driven cognitive systems. If you would like to discuss collaboration, evaluation partnerships, or programme support, use the official channel below.
We prioritise governance, consent, and signal ownership. Any programme engagement is framed around autonomy, privacy, and responsible experimentation.
